Received order for lathes from Toyota Motor Corporation.
1943
Received order for oil pumps from Tokai Airplane.
1946
Received order for rocker arms from Toyota Motor Corporation, the start of the Company's automotive parts business.
1949
Established Otai Iron Works Co., Ltd. (capital of 980,000). Registered as a member of Toyota Motor Corporation Kyouhoukai (present Tokai Kyouhoukai) when it was established.
1965
Started business with Toyota Machine Works, Ltd.
1967
Established Heisaka Plant.
1969
Established Takaoka Plant.
1974
Established Terazu Plant.
1975
Started business with Daihatsu Motor Co., Ltd.
1981
Established Eguchi Plant.
1981
Started business with Yanmar Diesel Engine Co., Ltd.
1983
Received order for specialized manufacturing machinery from Toyota Motor Corporation.
1986
Joined Toyota Motor's Eiho-kai
1988
Started business with Komatsu Ltd.
1989
Started business with Iseki & Co., Ltd.
1992
Company name changed to Otics Corporation.
1995
Began business with Jidosha Kiki Co., Ltd. (currently, Bosch Automotive Systems)
1997
Started business with Fuji Heavy Industries. Established P.T. Otics Indonesia in Indonesia.
1998
Takaoka plant obtained ISO9001. Established Hazu plant. Started business with Isuzu Motor.
2000
Capital increased to 303 million yen.
2001
Otics USA was established.
2002
Received a Quality Control Award from Toyota QS-9000 Certified
2003
Received a Quality Control Award from Toyota QS9001 Certified
2004
Started business with Mitsubishi Motors. Otics Mechanical Industry Changshu Co., Ltd. was established
Production pending. Compact size (volume reduced by 30%). Adopts integrated conductor terminal. For eAxle and small mobility applications.
2023 JSAE Automotive Engineering Exposition Product concept for electrified vehicles
- Application of technologies such as forging, laser composite, aluminum die casting, etc.
- Stator assemblies, 3K composite planetary gear reducers, integrated terminal conductors
2023 JSAE Automotive Engineering Exposition Product concept for electrified vehicles
- Application of technologies such as forging, laser composite, aluminum die casting, etc.
- Stator assemblies, 3K composite planetary gear reducers, integrated terminal conductors
2023 JSAE Automotive Engineering Exposition Product concept for electrified vehicles
- Application of technologies such as forging, laser composite, aluminum die casting, etc.
- Stator assemblies, 3K composite planetary gear reducers, integrated terminal conductors
2023 JSAE Automotive Engineering Exposition Product concept for electrified vehicles
- Application of technologies such as forging, laser composite, aluminum die casting, etc.
- Stator assemblies, 3K composite planetary gear reducers, integrated terminal conductors
-Low cost conductors with insulation coating for bus bars and power lines. Newly developed product.
-Pulse heat fusing process eliminated by integrally forming the conductor and terminal.
-Reduced material cost by reducing electrode welding cost and improving yield.
-Low cost conductors with insulation coating for bus bars and power lines. Newly developed product.
-Pulse heat fusing process eliminated by integrally forming the conductor and terminal.
-Reduced material cost by reducing electrode welding cost and improving yield.
-Low cost conductors with insulation coating for bus bars and power lines. Newly developed product.
-Pulse heat fusing process eliminated by integrally forming the conductor and terminal.
-Reduced material cost by reducing electrode welding cost and improving yield.
2022 JSAE Automotive Engineering Exposition Battery case cover
-Reduced cost; ensuring coolant airtightness
-Can be used in HVs and EVs
2022 JSAE Automotive Engineering Exposition Battery case cover
-Reduced cost; ensuring coolant airtightness
-Can be used in HVs and EVs
2022 JSAE Automotive Engineering Exposition Battery case cover
-Reduced cost; ensuring coolant airtightness
-Can be used in HVs and EVs
2022 JSAE Automotive Engineering Exposition Motor rotor shaft
-Inner shaft and outer shaft
2022 JSAE Automotive Engineering Exposition Motor rotor shaft
